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... Describe examples of enzymes that work outside of body cells, such as digestive enzymes, including details of where they are produced, where they go, and what reactions they catalyse Describe the function and sites of production of amylase, protease enzymes and lipase enzymes Relate the acidic condi ...
... Describe examples of enzymes that work outside of body cells, such as digestive enzymes, including details of where they are produced, where they go, and what reactions they catalyse Describe the function and sites of production of amylase, protease enzymes and lipase enzymes Relate the acidic condi ...
Using enzymes in industrial processes
... How do you make a soft gooey center? • The chocolate is poured over a solid mixture which contains sucrase • Sucrase (enzyme) breaks down the sucrose into glucose and fructose ...
... How do you make a soft gooey center? • The chocolate is poured over a solid mixture which contains sucrase • Sucrase (enzyme) breaks down the sucrose into glucose and fructose ...
BHS 116.2: Physiology II Date: 2/6/13 Notetaker: Stephanie Cullen
... o Can have acute bouts Can be severe but short length (there then disappears all the sudden) Can get some bleeding but usually a minor inflammatory reaction then it’s gone Pain in the stomach region, nausea, vomiting Main causes: increased acid secretion, decreased HCO3- secretion (protectiv ...
... o Can have acute bouts Can be severe but short length (there then disappears all the sudden) Can get some bleeding but usually a minor inflammatory reaction then it’s gone Pain in the stomach region, nausea, vomiting Main causes: increased acid secretion, decreased HCO3- secretion (protectiv ...
25 -celiac_T2009-01-27 12:361.2 MB
... with peritoneum, except at its upper part of its post. wall, so it has a considerable range of mobility. The opening of the ileum : lies at the posteromedial side of the junction of cecum with ascending colon. It is a horizontal opening which is gaurded by ileo-cecal valve. It plays No role but the ...
... with peritoneum, except at its upper part of its post. wall, so it has a considerable range of mobility. The opening of the ileum : lies at the posteromedial side of the junction of cecum with ascending colon. It is a horizontal opening which is gaurded by ileo-cecal valve. It plays No role but the ...
![II. Phylum Cnidaria [nettle]](http://s1.studyres.com/store/data/014867785_1-9e1f2054bc78c14928ce4b8710e16ca9-300x300.png)
II. Phylum Cnidaria [nettle]
... 1. diploblastic – made of only two layers of tissues, not three a. ectoderm - outer layer (epidermis) b. endoderm - inner layer (gastrodermis) c. mesoglea- not cell layer, filling between, jellylike fluid Simpliest type of tissue organization ...
... 1. diploblastic – made of only two layers of tissues, not three a. ectoderm - outer layer (epidermis) b. endoderm - inner layer (gastrodermis) c. mesoglea- not cell layer, filling between, jellylike fluid Simpliest type of tissue organization ...
CHAPTER 13 INTRO TO ANIMALS (p. 343)
... A planaria can regenerate body parts. - it has a simple nervous system in the shape of a ladder. ...
... A planaria can regenerate body parts. - it has a simple nervous system in the shape of a ladder. ...
digestive complete - Anabolic Laboratories
... Amylases – enzymes which hydrolyze, break apart, large starches into water soluble, simple sugars such as glucose and galactose. These enzymes are present in both saliva and pancreatic secretions and some require calcium to function. Glucoamylase - another type of amylase and a portion of the pa ...
... Amylases – enzymes which hydrolyze, break apart, large starches into water soluble, simple sugars such as glucose and galactose. These enzymes are present in both saliva and pancreatic secretions and some require calcium to function. Glucoamylase - another type of amylase and a portion of the pa ...
Presentation
... Protonephredia: fine networks of tubes that run the length of the body and collect waste Flame cells: bulb-like structures that force waste out of the body through openings called nephridiopores. ...
... Protonephredia: fine networks of tubes that run the length of the body and collect waste Flame cells: bulb-like structures that force waste out of the body through openings called nephridiopores. ...
Lab 9 – Abdomen
... peritoneum that comes out around the small intestine; arteries, veins, nerves, and lymphatics that come to and from the small intestine pass between these two layers; prevents the small intestine from tying itself in knots. ...
... peritoneum that comes out around the small intestine; arteries, veins, nerves, and lymphatics that come to and from the small intestine pass between these two layers; prevents the small intestine from tying itself in knots. ...
EMBRYOLOGY
... Endoderm forms the epithelial lining of the digestive tract and gives rise to the parenchyma of glands, such as the liver and pancreas. Parenchyma is the functional part of glands in contrast to stroma derived from splanchnic mesoderm, which is connective tissue for support. Gut muscle and mesentery ...
... Endoderm forms the epithelial lining of the digestive tract and gives rise to the parenchyma of glands, such as the liver and pancreas. Parenchyma is the functional part of glands in contrast to stroma derived from splanchnic mesoderm, which is connective tissue for support. Gut muscle and mesentery ...
The Abdominal Cavity
... pyloric canal, which is about 1 in. (2.5 cm) long. The pyloric sphincter controls the outflow of gastric contents into the duodenum. The mucous membrane of the stomach is thick and vascular and is thrown into numerous folds, or rugae, that are mainly longitudinal in direction . The folds flatten out ...
... pyloric canal, which is about 1 in. (2.5 cm) long. The pyloric sphincter controls the outflow of gastric contents into the duodenum. The mucous membrane of the stomach is thick and vascular and is thrown into numerous folds, or rugae, that are mainly longitudinal in direction . The folds flatten out ...
Rat LAB
... Causes cells to take up glucose from blood and store it as glycogen Breaks down fats Breaks down proteins Breaks down starch ...
... Causes cells to take up glucose from blood and store it as glycogen Breaks down fats Breaks down proteins Breaks down starch ...
Cnidaria
... tissues that make it possible to swim, respond to external stimulus (light, smell) and engulf prey; possess an elementary nervous system or nerve net. Simple digestive cavity which acts as a gullet, stomach, and intestine w/one opening for the mouth and anus ...
... tissues that make it possible to swim, respond to external stimulus (light, smell) and engulf prey; possess an elementary nervous system or nerve net. Simple digestive cavity which acts as a gullet, stomach, and intestine w/one opening for the mouth and anus ...
Ch 15 Pseudocoelomate Animals
... • differentiation: process by which cells become different, specialized – Simple means of circulation/distribution of materials throughout body – Storage place for waste products to be discharged to outside – Hydrostatic skeleton • Fluid enclosed by muscular wall support ...
... • differentiation: process by which cells become different, specialized – Simple means of circulation/distribution of materials throughout body – Storage place for waste products to be discharged to outside – Hydrostatic skeleton • Fluid enclosed by muscular wall support ...
Dissection of the Rat
... intestine. The pancreas produces digestive enzymes that are sent to the intestine via small ducts (the pancreatic duct). The pancreas also secretes insulin, which is important in the regulation of glucose metabolism. 7. The small intestine is a slender coiled tube that receives partially digested f ...
... intestine. The pancreas produces digestive enzymes that are sent to the intestine via small ducts (the pancreatic duct). The pancreas also secretes insulin, which is important in the regulation of glucose metabolism. 7. The small intestine is a slender coiled tube that receives partially digested f ...
Section 10 Lecture Notes
... Madreporite > stone canal > ring canal and polian vesicles > radial canals > lateral canals > ampulla (tube feet) 3. Unique to echinoderms 4. Used for locomotion, food, respiration and excretion 5. Digestion: Mouth > two part stomach (lower cardiac stomach > upper pyloric stomach) > digestive ceca i ...
... Madreporite > stone canal > ring canal and polian vesicles > radial canals > lateral canals > ampulla (tube feet) 3. Unique to echinoderms 4. Used for locomotion, food, respiration and excretion 5. Digestion: Mouth > two part stomach (lower cardiac stomach > upper pyloric stomach) > digestive ceca i ...
CLINICAL ANATOMY OF THE ESOPHAGUS, STOMACH
... Posterior nodes drain the posterior surface of the head. They are found posteriorly in the groove between the pancreas and duodenum, along the common bile duct, the aorta as high as the origin of the celiac axis artery, and at the origin of the superior mesenteric artery. Splenic nodes drain the tai ...
... Posterior nodes drain the posterior surface of the head. They are found posteriorly in the groove between the pancreas and duodenum, along the common bile duct, the aorta as high as the origin of the celiac axis artery, and at the origin of the superior mesenteric artery. Splenic nodes drain the tai ...
Part I: Frog Dissection Questions
... The Brain (Optional Dissection- No questions) Part II: Analysis and Conclusion: (Use Textbook as Reference) 1. What is the difference between the frog’s legs and human legs? 2. What makes the frog’s tongue different from the human tongue? 3. How is the frog’s heart different from a human? (*Hint: Th ...
... The Brain (Optional Dissection- No questions) Part II: Analysis and Conclusion: (Use Textbook as Reference) 1. What is the difference between the frog’s legs and human legs? 2. What makes the frog’s tongue different from the human tongue? 3. How is the frog’s heart different from a human? (*Hint: Th ...
Anatomy Lecture 8 – The Pharynx and Esophagus
... o Oropharynx – From Soft Palate to Epiglottis o Laryngopharynx (Hypo) – From Epiglottis to Cricoid Cartilage Muscles of the Pharynx o Superior Constrictor Muscle (attached by Pterygo-Mandibular Raphae) to the Buccinator Muscle o Middle Constrictor Muscle – Attaches to Hyoid Bone o Inferior Constrict ...
... o Oropharynx – From Soft Palate to Epiglottis o Laryngopharynx (Hypo) – From Epiglottis to Cricoid Cartilage Muscles of the Pharynx o Superior Constrictor Muscle (attached by Pterygo-Mandibular Raphae) to the Buccinator Muscle o Middle Constrictor Muscle – Attaches to Hyoid Bone o Inferior Constrict ...
Digestive System
... • The system consists of the oral cavity, esophagus, stomach, small intestine, large intestine, rectum, and anal canal. • The oral cavity consists of the mouth and its structures, which include the tongue, teeth and major and minor salivary glands, and tonsils. ...
... • The system consists of the oral cavity, esophagus, stomach, small intestine, large intestine, rectum, and anal canal. • The oral cavity consists of the mouth and its structures, which include the tongue, teeth and major and minor salivary glands, and tonsils. ...
Chapter 1 Test Study Guide
... 19. Describe each of the following types of medical imaging. a. X-ray – b. CT – c. PET – d. Sonography – e. MRI – 20. Match the following organ systems with their correct function or description. Kidneys, bladder, ureters Excretion of gaseous waste Responds to internal and external stimuli Adrenal g ...
... 19. Describe each of the following types of medical imaging. a. X-ray – b. CT – c. PET – d. Sonography – e. MRI – 20. Match the following organ systems with their correct function or description. Kidneys, bladder, ureters Excretion of gaseous waste Responds to internal and external stimuli Adrenal g ...
Unit 5 Notes #6 Segmented Worms - Mr. Lesiuk
... -The crop directs food matter into the muscular gizzard. -The gizzard, with help of sand particles, grinds the food into smaller pieces. -At this point the food is pushed into the intestine, which extends from the gizzard to the anus. -Gland cells of the intestinal wall, contain enzymes, which diges ...
... -The crop directs food matter into the muscular gizzard. -The gizzard, with help of sand particles, grinds the food into smaller pieces. -At this point the food is pushed into the intestine, which extends from the gizzard to the anus. -Gland cells of the intestinal wall, contain enzymes, which diges ...
Human digestive system
In the human digestive system, the process of digestion has many stages, the first of which starts in the mouth (oral cavity). Digestion involves the breakdown of food into smaller and smaller components which can be absorbed and assimilated into the body. The secretion of saliva helps to produce a bolus which can be swallowed to pass down the oesophagus and into the stomach.Saliva also contains a catalytic enzyme called amylase which starts to act on food in the mouth. Another digestive enzyme called lingual lipase is secreted by some of the lingual papillae to enter the saliva. Digestion is helped by the mastication of food by the teeth and also by the muscular contractions of peristalsis. Gastric juice in the stomach is essential for the continuation of digestion as is the production of mucus in the stomach.Peristalsis is the rhythmic contraction of muscles that begins in the oesophagus and continues along the wall of the stomach and the rest of the gastrointestinal tract. This initially results in the production of chyme which when fully broken down in the small intestine is absorbed as chyle into the lymphatic system. Most of the digestion of food takes place in the small intestine. Water and some minerals are reabsorbed back into the blood, in the colon of the large intestine. The waste products of digestion are defecated from the anus via the rectum.